Description

Obby Rescue presents casual puzzle gameplay focused on protecting adorable dogs from killer bee swarms through strategic object placement and creative barrier construction using physics-based problem-solving. How to play: Safeguard lovable canine characters from dangerous bee attacks by strategically positioning objects that serve as protective barriers against the swarm assault. Analyze environmental layouts and apply physics principles to create effective defensive structures that prevent bees from reaching vulnerable dogs. Use available materials creatively while considering gravity, structural stability, and protective coverage for comprehensive rescue solutions. Tips/strategies: Study bee attack patterns and entry points to identify optimal barrier placement locations for maximum protective coverage, experiment with different object arrangements to discover the most effective defensive configurations, utilize physics principles including weight distribution and structural support for stable protective barriers, prioritize complete coverage over partial protection to ensure comprehensive dog safety, and test barrier effectiveness before finalizing placement to confirm rescue success. Keyboard controls: Use mouse clicking and dragging for object placement and barrier construction with physics-based mechanics essential for effective protective structure creation and puzzle solving. Short review: A heartwarming puzzle game that successfully combines animal protection themes with creative physics-based problem-solving, providing satisfying rescue gameplay through strategic thinking and barrier construction. FAQs: Q1: Are there different types of objects available for barrier construction with varying protective properties? A1: Material variety typically includes different shapes, sizes, and physics properties that affect barrier effectiveness and construction possibilities. Q2: Can rescue strategies be replayed for improved efficiency or alternative solutions? A2: Puzzle replay functionality allows experimentation with different barrier approaches and optimization of protective strategies for enhanced rescue effectiveness.

Instruction

Use the mouse or touch to play

Specifications

• Easy to play